KIMBALL PHYSICS INC FRA-2X1-2W Tungsten Filament Inc.

( Brand: Kimball Physics Inc ), ( Manufacturer Part Number: FRA-2X1-2W ), ( Country/region Of Manufacture: United States ), ( Intended Use/discipline: Electron Microscope )

Review KIMBALL PHYSICS INC Inc. As Is Untested Tungsten Filament

Kimball Physics FRA-2X1-2W Tungsten Filament Lab-Quality Heat Source

Experience unparalleled precision and reliability with the Kimball Physics FRA-2X1-2W Tungsten Filament Heat Source. This compact yet powerful heating element is specifically designed for educational and laboratory applications, providing a dependable heat source for your physics experiments.

Crafted with a robust, durable construction, the FRA-2X1-2W heat source features a tungsten filament that offers exceptional longevity and resistance to breakage. Tungsten, an element known for its high melting point and stability, ensures consistent and reliable heating, making it an ideal choice for demanding laboratory conditions.

The Kimball Physics FRA-2X1-2W heat source boasts a 2X1 filament configuration, delivering a focused and intense heat output. This design allows for precise temperature control and accurate heat distribution, ensuring that your experiments yield accurate and reproducible results.

Equipped with a bayonet-style base, this heat source is compatible with a wide range of light sockets, making it a versatile addition to any laboratory setup. The compact size and lightweight design of the FRA-2X1-2W heat source make it easy to transport and store, while its robust construction ensures it stands up to frequent use.

Invest in the Kimball Physics FRA-2X1-2W Tungsten Filament Heat Source and elevate the quality and precision of your laboratory experiments. With its lab-quality performance and dependable tungsten filament, this heat source is an indispensable tool for any physics educator or researcher.

Product: Kimball PhysicsFRA-2X1-2W Tungsten Filament

1. High-Quality Tungsten Filament: The filament is made of tungsten, known for its durability and long life. This ensures consistent performance over an extended period.

2. Adjustable Intensity: The lamp offers adjustable intensity, allowing users to control the brightness according to their needs.

3. Ideal for Physics Experiments: The lamp provides a stable and precise light source, which is essential for many physics experiments.

4. Energy Efficient: Tungsten filament lamps are more energy-efficient compared to traditional incandescent bulbs.

5. Wide Applicability: This lamp can be used in various settings, including education, research, and industrial purposes.

1. Higher Initial Cost: Compared to some other types of lamps, the Kimball PhysicsFRA-2X1-2W Tungsten Filament lamp has a higher initial cost.

2. Warm Light: The lamp produces a warm light, which may not be suitable for all applications.

3. Fragile Filament: The filament can break if the lamp is turned on immediately after being switched off or if it is subjected to sudden voltage changes.

4. Heat Generation: Tungsten filament lamps generate significant heat, which can be a safety concern and may increase energy costs if not properly managed.

The Kimball PhysicsFRA-2X1-2W Tungsten Filament lamp offers a high-quality, adjustable, and energy-efficient light source, making it ideal for physics experiments and other applications where a stable and precise light source is required. However, its higher initial cost, warm light, fragile filament, and heat generation are factors to consider before making a purchase.

If you are in need of a reliable and long-lasting light source for physics experiments or similar applications and are willing to invest in a higher-priced item, the Kimball PhysicsFRA-2X1-2W Tungsten Filament lamp could be a good choice. If you are looking for a lower-cost option or prefer a cooler light, you may want to consider other types of lamps.

Details:

Item maybe new but I am unsure if it is used or not, so being SOLD AS IS / UNTESTED. The Kimball Filament is SHIPPED AND SOLD AS IS / SHOWN IN THE PHOTOS. Tungsten Filament FRA-2X1-2W, This is UNTESTED and being SOLD AS IS / FOR PARTS OR NOT WORKING due to a lack of proper equipment test it. There is bending in the wire / filaments, as shown photo 2.

Please refer to the pictures for more detail, and feel free message with any questions or concerns regarding this item listing.

part #: fra2x12w price

• $250.00

specifications microscopepartzo:

• brand: Kimball Physics Inc
• mpn: Fra-2x1-2w
• country/region of manufacture: United States
• intended use/discipline: Electron Microscope

returns microscopepartzo:

• policy: No Returns

general microscopepartzo:

• Medical/Lab Equipment Attachments Accessories > Microscope Parts Accessories > Other Microscope Parts Accessories
• condition: For parts or not working

payments microscopepartzo:

• wallet: Apple-pay
• credit card: Visa
• other

seller microscopepartzo:

• city: Portland, Oregon
• # reviews: 3114
• rating: 100.0%

shipping microscopepartzo:

• class: Standard
• transit: 5-9 Days
• type: Fixed
• service: Standard
• cost: $0.00

offer microscopepartzo:

• best offers: True
• quantity: 2
• started: January 9, 2025
• options: Ship-to-home
• availability: In Stock
• sold: 0

Kimball Physics Inc FRA-2X1-2W Is Similar To:

• Es-423e Kimball Physics Cathode (40% similar) Not manual or cables are Included. This is a Kimball Physics ES-423E LAB6 cathode...(January 13th, 2019)
• Kimball Physics Inc Fra-2x1-2ta As Is Untested Inc Tantalum Disc Cathode (76.9% similar) There is bending in the wire / filaments, as shown photo tantalum disc cathode FRA-2X1-2TA, this is untested and being sold as is / for parts or not working due to a lack of proper equipment test it. Item maybe new but I am unsure if it is used or not, so being sold as is / untested. Please refer to...(January 10th, 2025)
• Kimball Physics 58-001100 2 Part Lab6 Cathode Style 90-20 On Aei Base 4 Parts (33.8% similar) Kimball Physics part # 58-001100 LAB6 cathode 90-20 on AI base. The tips the piece are missing. As a result selling for parts or repair. You are buying both...(March 20th, 2025)